°ÄÃÅÁùºÏ²Ê¸ßÊÖ

ITPA Integrated Operation Scenarios Topical Group

Scope

The scope of the Integrated Operation Scenarios Topical Group is to contribute to establishing operational scenarios in burning plasma experiments, particularly candidate scenarios in °ÄÃÅÁùºÏ²Ê¸ßÊÖ. These include standard inductive operation, hybrid operation and steady-state operation. Towards this end, the group shall encourage and coordinate international collaboration on experimental code development and modelling activities. The group shall identify and formulate research priorities for related physics R&D. Based on these activities, the group shall recommend physics guidelines and methodologies for physics and technical design of burning plasma experiments. The group will promote publications and presentations on its activities.

Tasks

Through experimental, numerical and theoretical studies related to and organized by the Integrated Operation Scenarios Topical Group, the following tasks will be pursued:

  • Develop and establish operation scenarios, especially those foreseen in °ÄÃÅÁùºÏ²Ê¸ßÊÖ, with emphasis on:
    • Safe and reliable plasma break-down, current ramp-up, current ramp-down and plasma termination
    • Safe and reliable sustainment of the current flat-top, with identification of operational boundaries and performance
  • Identify and evaluate the capabilities of actuators—heating and current drive, fuelling, particle exhaust, (seed) impurity control and angular momentum injection—for achieving identified scenarios
  • Assess development of integrated plasma control procedures, especially for achieving steady-state operation in °ÄÃÅÁùºÏ²Ê¸ßÊÖ and future burning plasmas (e.g., demonstration of burn control) with emphasis on real-time control
  • Evaluate and propose suggestions for plasma development in °ÄÃÅÁùºÏ²Ê¸ßÊÖ with emphasis on the consistency between plasma/scenario development program and hardware status for each phase of machine operation
  • Promote integrated modelling activities for °ÄÃÅÁùºÏ²Ê¸ßÊÖ scenarios, with emphasis on validating the available scenario modelling codes and exploring the operational boundaries for the proposed scenarios for achieving °ÄÃÅÁùºÏ²Ê¸ßÊÖ's goals

Members

China
Chen Zipeng
Gong Xianzhu
Song Xianming
Xiao Bingjia
EU
Baruzzo Matteo
Hobirk Joerg (Contact)
Kim Hyun-Tae
Lerche Ernesto
Mailloux Joelle (Dep. Chair)
Meyer Hendrik
Panadero Nerea (Stell. Rep)
Tsironis Christos
India
Chattopadhyay Asim
Daniel Raju
Sharma Promod
Japan
Fujita Takaaki
Hayashi Nobuhiko
Nagasaki Kazunobu
Suzuki Takahiro
Uchida Masaki
Wakatsuki Takuma
Yokoyama Masayuki
Korea
Bae Young-Soon
Kim Hyun-seok
Na Yong-Su
Park Byoung-Ho
Wang Sonjong
Russia
Khayrutdinov Rustam
Konovalov Sergey
Leonov Vladimir
USA
Garofalo Andrea
Holcomb Christopher
Lin Yijun
Park Jin Myung
Schuster Eugenio (Dep. Chair)
Snipes Joseph
Turco Francesca
°ÄÃÅÁùºÏ²Ê¸ßÊÖ
De Vries Peter (°ÄÃÅÁùºÏ²Ê¸ßÊÖ Dep. Chair)

Experts

 

  • Ding Bojiang (CN)
  • Ide Shunsuke (JA)
  • Luce Timothy (IO)
  • Miyata Yoshiaki (JA)
  • Polevoi Alexei (IO)
  • Rapson Chris (EU)
  • Stober Joerg (EU)
  • Bock Alexander (EU)
  • Colas Laurent (EU)
  • Garcia Jeronimo (EU)
  • Harting Derek (EU)
  • Joffrin Emmanuel (EU)
  • Kudlacek Ondrej (EU)
  • Mattei Massimiliano (EU)
  • Pajares Andres (US)
  • Zabeo Luca (IO)
  • Bobkov Vladimir (EU)
  • Cavinato Mario (EU)
  • Goniche Marc (EU)
  • Hager Robert (US)
  • Jacquet Philippe (EU)
  • Kim Sunhee (IO)
  • Koechl Florian (EU)
  • Mantsinen Mervi (EU)
  • Nunes Isabel (EU)
  • Sakamoto Yoshiteru (JA)
  • Schneider Mireille (IO)
  • Voitsekhovitch Irina (EU)
  • Challis Clive (EU)
  • Hanada Kazuaki (JA)
  • Lennholm Morten (EU)
  • Litaudon Xavier (EU)
  • Menghini Orso (US)
  • Oosterbeek Johan (EU)
  • Pinches Simon (IO)
  • Poli Francesca (US)
  • Putterich Thomas (EU)
  • Qian Jinping (CN)
  • Sips George (EU)